the ability to quickly move data between computers, a capability that would only be more significant in the future.
the ability to quickly move data between computers, a capability that would only be more significant in the future.The key application that made companies like Microsoft, IBM, and Sun the most valuable corporations in the world was the ability to move data between computers, which in the past would take hours or days, now takes minutes. This capability was in large part driven by the ability to move data in a way that would allow companies to operate 24/7.
the ability to quickly move data between computers, a capability that would only be more significant in the future.The key application that made companies like Microsoft, IBM, and Sun the most valuable corporations in the world was the ability to move data between computers, which in the past would take hours or days, now takes minutes. This capability was in large part driven by the ability to move data in a way that would allow companies to operate 24/7.It’s a common misconception that because a computer is capable of moving data faster than its human counterpart, that it’s capable of computing more information. This is actually not true. The best example of this is the ability to create data structures. All data structures are created in computer languages that are designed to allow us to manipulate that data. But they have to have all of the features that are required to perform the computation, otherwise the data structure will not compute.
the ability to quickly move data between computers, a capability that would only be more significant in the future.The key application that made companies like Microsoft, IBM, and Sun the most valuable corporations in the world was the ability to move data between computers, which in the past would take hours or days, now takes minutes. This capability was in large part driven by the ability to move data in a way that would allow companies to operate 24/7.It’s a common misconception that because a computer is capable of moving data faster than its human counterpart, that it’s capable of computing more information. This is actually not true. The best example of this is the ability to create data structures. All data structures are created in computer languages that are designed to allow us to manipulate that data. But they have to have all of the features that are required to perform the computation, otherwise the data structure will not compute.For example, the standard C struct in C is a collection of variables that contain pointers to other structs.
the ability to quickly move data between computers, a capability that would only be more significant in the future.The key application that made companies like Microsoft, IBM, and Sun the most valuable corporations in the world was the ability to move data between computers, which in the past would take hours or days, now takes minutes. This capability was in large part driven by the ability to move data in a way that would allow companies to operate 24/7.It’s a common misconception that because a computer is capable of moving data faster than its human counterpart, that it’s capable of computing more information. This is actually not true. The best example of this is the ability to create data structures. All data structures are created in computer languages that are designed to allow us to manipulate that data. But they have to have all of the features that are required to perform the computation, otherwise the data structure will not compute.For example, the standard C struct in C is a collection of variables that contain pointers to other structs.To perform a computation on a data structure (and we can imagine that a data structure is a group of data that is structured in some way), we need to know the structure itself. Well, that’s what computers did for us when we were kids. They were the first computer program that computed what we needed to compute. But that was only for data structures that contained numbers.